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Overview

SmartDV’s USB 3.x Host IP is a silicon-proven, fully featured Universal Serial Bus SuperSpeed host controller solution purpose-built for SoC designs requiring high-performance USB host connectivity across embedded, automotive, AI/ML, and high-performance computing applications. Fully compliant with USB 3.0, 3.1, and 3.2 specifications and xHCI v1.0, it delivers complete host-side USB functionality supporting SuperSpeed Gen1 at 5 Gbps, SuperSpeedPlus Gen2 at 10 Gbps, and dual-lane SuperSpeedPlus Gen2x2 at 20 Gbps with USB 3.0 OTG support, providing a proven, production-ready USB 3.x host controller for the most demanding embedded SoC designs.

Designed to address the full breadth of USB 3.x host integration requirements, the IP implements the complete USB 3.x feature progression from USB 3.0 ADP/HNP/SRP support through USB 3.1 SuperSpeedPlus LBPM, 128b/132b encoding, Precision Time Measurement, and transaction reordering, to USB 3.2 dual-lane operation, deskew buffer, data striping, and comprehensive retimer support including SRIS and Bit-Level Retimer functionality. Its xHCI-compliant host controller implementation, configurable PIPE interface widths, LFPS signaling and SCD/LBPM messaging, all SS/SSP Link Power Management states U1/U2/U3, and complete system power management give SoC teams a production-tested, feature-complete USB 3.x host controller covering the full USB 3.x specification evolution.

Built for design flexibility and silicon efficiency, the IP core is highly configurable for both ASIC and FPGA implementations, with a strong focus on area optimization, power management, and peak performance. Its configurable PIPE interface, Master and Slave loopback mode for PHY testing, and clean host interface enable fast integration and confident design bring-up across a wide range of process nodes and target applications.

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USB 3.x Host
Benefits
  • Full USB 3.x Host Controller Support – Complete host-side xHCI implementation per USB 3.2 supporting Gen1 (5 Gbps, single lane, 8b/10b), Gen2 (10 Gbps, 128b/132b), and Gen2x2 (20 Gbps, dual lane) with full backward compatibility across USB 3.0, 3.1, and 3.2
  • All USB Transfer Types – Interrupt, Bulk, Isochronous, and Control transfers with Bulk Streaming, prioritized periodic endpoint scheduling, and separate round-robin non-periodic scheduling
  • SuperSpeedPlus Gen2 Features – LFPS Based PWM Message (LBPM), SCD1/SCD2 LFPS patterns, Precision Time Measurement, transaction reordering for periodic and asynchronous packets, Length field replica, Endpoint companion descriptor, and Type-A and Type-B credit support
  • USB 3.2 Dual-Lane Features – Dual-lane operation with deskew buffer, data striping, Configuration summary descriptor, link and soft error count, and complete Retimer support including SRIS, Bit-Level Retimer, RTSM states, and Retimer presence announcement via LBPM
  • OTG Protocol Support – ADP, HNP, SRP, and RSP support with LCRD_A to LCRD_D credits for complete USB 3.0 OTG host compatibility
  • Configurable PIPE Interface – 8, 16, and 32-bit PIPE interface width with scrambler/descrambler, lane polarity inversion, LFPS signaling, and SCD/LBPM messaging support
  • Comprehensive Power Management – SS/SSP Link Power Management states U1/U2/U3, HS/FS LPM states L1/L2, LFPS for initialization, PTM support, and system Sleep/Hibernate/Warm/Cold Boot with clock gating and multi-power-well support
  • PHY Testing – Master and Slave loopback mode and compliance mode entry per specification for comprehensive PHY layer validation
Compliance and Compatibility
  • Fully compliant with USB 3.2 specification; backward compatible with USB 3.1 and USB 3.0
  • Compliant with xHCI Specification v1.0
  • Supports Gen1 (5 Gbps), Gen2 (10 Gbps), and Gen2x2 (20 Gbps) operating modes
  • Compatible with PIPE interface in 8, 16, and 32-bit widths
  • Configurable SoC interface supporting AMBA AXI, AHB, APB, and custom wrappers for seamless integration
  • Compatible with ASIC and FPGA design flows across leading foundry process nodes
  • Compatible with all major EDA synthesis, simulation, and linting flows

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